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#EPP348 Double axis 360 degree Sun Position Solar Tracking with Automatic Irrigation & Battery Charging Inverter System.

Double axis 360 degree Sun Position Solar Tracking with Automatic Irrigation & Battery Charging Inverter System.

Project Fee:Negotiable

Project Discount:0

Project Duration:One Month

Double axis 360 degree Sun Position Solar Tracking with Automatic Irrigation & Battery Charging Inverter System.

About This Project:

The system is focusing on the controller design. At first we collected all of the elements which are used in this project and connected it perfectly as our circuit design. The main controller is Arduino All of this instrument is controlled by Arduino .In this project we use a solar panel for primary power source. Here also use an inverter, Arduino Nano , Soil moisture sensor , relay and pump motor . The main work of this project is when the sun reflects in this solar pane then it will charge and store it a battery. Here input 12V dc current, inverter convert 12V ac. Then step up transformers step up 12V ac to 220V ac and load will be on .Soil moisture sensor senses the soil condition. If soil is dry, then the motor will on by the command of the microcontroller and motor will on . After watering it will be off.  LCD shows the condition of  soil and system condition.   Then the LDR sensor senses the sun's direction and moves this solar panel in automatically.  This project is mainly helpful for automatic irrigation, gardening. It will work without any electrical power and also ecofriendly systems. The most important thing is that solar energy is a truly renewable energy source. But the main problem of this project is without sun this project will be closed after battery discharge time.

Block Diagram:


Figure: Block Diagram of Double axis 360 degree Sun Position Solar Tracking with Automatic Irrigation and Battery Charging Inverter System.

Required Instrument:

-        Solar Panel.

-        Charge Controller.

-        12V DC Battery.

-        Inverter.

-        Soil Moisture Sensor.

-        Arduino Nano.

-        LCD Display.

-        Relay.

-        Pump Motor.

-        Transistor.

-        Capacitors.

-        Resistors.

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Advantages:

There are certainly many advantages of our project and some of the major ones have been given below:

-        The power sources are natural and the battery is rechargeable.

-        Less power consumption with best utilization.

-        The project can be implemented on existing systems.

-        The whole system is automatic and saves energy by detecting the presence of light.

-        Can generate the AC power also.

-        The system is user friendly.

-        The system is good for the environment as it utilizes renewable energy sources.

Applications:

Our project has many application areas and actually we need to use it in many places to verify the exact person which have the proper access. Some of the application areas of the project has been pointed out below:

-        The system can be implemented to work on different projects such as on any roads requiring irrigation system.

-        It can be implemented in area where power wastage takes place a lot.

-        It can be implemented in areas where there’s power shortage.

-        The automatic system can be implemented in areas where security is necessary.

-        It can be implemented in areas where there’s no conventional power supply available.

-        This system can work to power almost anything that runs on electricity.

Any modification of this project can be done as per your requirement. We will make the project according to your needs. Contact us with your any innovative engineering projects idea. We will help you to implement your project.

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Road#04, Plot#03, Sec#6/Ka,

Mirpur-2, Dhaka-1216

(Opposite of the Mirpur Cricket Stadium

4 No. Gate.)

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